Self-detection system and method of car of using remote information process device

Abstract

An automobile self-detection system using remote information processing device comprises multiple electronic control component for receiving signal sensed by various transducers and for generating detection code, self-detection interface unit for storing data indicating whether detected object is normal or not, remote information processing unit for displaying detection information of received data onto driver.

Description

technical field [0001] The present invention relates to vehicle self-test systems, and more particularly to vehicle self-test systems using telematics devices and methods thereof. Background technique [0002] Recently, with the rapid development of electronic control technology, in the field of automobiles, due to factors such as the convenience of automobiles and the safety of operation, various devices that originally worked by mechanical methods began to work by electrical methods. Sophisticated and high-tech development. [0003] Moreover, recently, telematics devices have been installed on automobiles to provide vehicle location information services, vehicle theft and accident detection, long-distance vehicle detection, emergency assistance, traffic information services and wireless network mobile office, mail services, etc. [0004] Telematics is a compound term of communication and information science, which means the combination of automobile and computer / mobile co...

AI Technical Summary

Problems solved by technology

But existing automobile failure detection system, only the automobile that self-inspection interface device 10 detects has abnormal information and is connected on the tester 20 of service factory and just can read the numerical value of detection code, in order to measure the fault position of automobile, must The car is connected to the measurement device of the repair shop, so there is a problem that it is impossible to respond quickly to abnormal information of the car, and it is impossible to take prompt measures for various abnormal situations that occur during driving.

[0011] Moreover, although there is also a long-distance detection device that has been developed using a telematics processing device to detect the fault of a running vehicle in a remote auto repair shop, the driver cannot directly know the detection information and must pass through the vehicle. Only the repair shop can know the problem of the detection information

[0012] In addition, it is difficult to predict when the vehicle will have problems. You have to go to the repair shop to receive vehicle repairs at any time, so a lot of repair costs are consumed, and you cannot grasp the status of the vehicle in time. After the problem occurs, you must go to the repair shop to find out. Something goes wrong, causing inconvenience to the driver

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